Difference between revisions of "Check Files 2d lfcsh uvpt"
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| L3_FLC||The '''F'''orm '''L'''oss '''C'''oefficient of 3rd layer of the layered constriction. | | L3_FLC||The '''F'''orm '''L'''oss '''C'''oefficient of 3rd layer of the layered constriction. | ||
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| − | | Method||The method in which the form losses were applied. Refer to the <u>[https:// | + | | Method||The method in which the form losses were applied. Refer to the <u>[https://docs.tuflow.com/classic-hpc/manual/latest/ TUFLOW Manual]</u> for more information on the methods. |
|- | |- | ||
| Source || The path to the input file for the layered flow constriction. | | Source || The path to the input file for the layered flow constriction. | ||
Latest revision as of 09:52, 23 September 2024
Contains information on the cell sides (U and V points) that have a layered flow constriction shape object applied. This contains information on the processed elevations, blockages and form loss values applied at each layer of the constriction.
Attributes of lfcsh_uvpt
| Attribute Name | Attribute Description |
|---|---|
| Z_Bed | The ground level of the z point. |
| L1_Obvert | The obvert (soffit) of the 1st layer of the layered constriction. |
| L1_pBlockage | The percentage (%) blockage of 1st layer of the layered constriction. |
| L1_FLC | The Form Loss Coefficient of 1st layer of the layered constriction. |
| L2_Obvert | The obvert (soffit) of the 2nd layer of the layered constriction. |
| L2_pBlockage | The percentage (%) blockage of 2nd layer of the layered constriction. |
| L2_FLC | The Form Loss Coefficient of 2nd layer of the layered constriction. |
| L3_Obvert | The obvert (soffit) of the 3rd layer of the layered constriction. |
| L3_pBlockage | The percentage (%) blockage of 3rd layer of the layered constriction. |
| L3_FLC | The Form Loss Coefficient of 3rd layer of the layered constriction. |
| Method | The method in which the form losses were applied. Refer to the TUFLOW Manual for more information on the methods. |
| Source | The path to the input file for the layered flow constriction. |
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 TUFLOW Check Files
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